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Scientific principles of choosing optimal treatment conditions for the plasma-ion, ion-beam, light-beam and combined technology

机译：为等离子，离子束，光束和组合技术选择最佳处理条件的科学原理

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A significant amount of research on quality characteristic dependencies from technological parameters allows developing system cards of dependencies of a micro hardness, roughness, wear resistance, cutting tool stability, oxidability, adhesion, fatigue resistance and other quality characteristics from technological parameters and physical-mechanical characteristics for the plasma-ion, ion-beam, and light-beam technologies.

机译：从技术参数对质量特性依赖性的大量研究可以开发系统卡，从技术参数和物理机械特性来研究微观硬度，粗糙度，耐磨性，切削工具稳定性，氧化性，附着力，抗疲劳性和其他质量特性的依赖性适用于等离子，离子束和光束技术。

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《Control of Inter-Urban Road Networks》|1997年|p.91-94|共4页
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作者
Kostyuk G.I.;
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作者单位

Dept. of Robotics, Kharkov Nat. Airspace Univ.;

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原文格式 PDF
正文语种 eng
中图分类自动化技术、计算机技术;
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4. Scientific principles of choosing optimal treatment conditions for the plasma-ion, ion-beam, light-beam and combined technology [C] . Kostyuk, G.I. . 2002

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Scientific principles of choosing optimal treatment conditions for the plasma-ion, ion-beam, light-beam and combined technology

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